Essentials of Neuroimaging for Clinical Practice - part 1 doc

[...]... 16 1 8 Clinical indications for neuroimaging 17 1 9 Sensitivity to lesions and clinical indications for CT and MRI 17 1 10 Comparison of CT and MRI 18 2 1 Electromagnetic spectrum 21 2–2 T1 effects on appearance of T1-weighted... 10 9 6 1 Standard placement of EEG recording electrodes at the top and sides of the head 11 8 6–2 EEG recorded in a human subject at rest from the scalp surface at various points over the left and right hemispheres 11 9 6–3 Idealized waveform of computer-averaged auditory ERP elicited to brief sound .12 1 6–4 Time courses of MEG... 87 3 12 Schematic demonstrating steps involved in conducting a PET study employing a radiopharmaceutical designed for neuroreceptor characterization 88 3 13 Direct method of drug evaluation: BMS -1 8 110 1 89 3 14 Indirect method of drug evaluation: Ziprasidone 90 4 1 Effect of image acquisition... 10 1 O PET data acquired from a patient during an acute ischemic event 82 FIGURE PAGE 5 1 Proton spectrum recorded on a 4-T magnetic resonance scanner of brain tissue in vivo from a healthy 2 1- year-old man 10 8 5–2 Phosphorus spectrum recorded on a 4-T magnetic resonance scanner of brain tissue in vivo from a healthy 33-year-old woman ... 5 1 3 Risk factors for adverse reaction to ionic contrast 6 1 4 Temporal evolution of blood on CT 9 1 5 Temporal evolution of ischemia on CT 11 1 6 CT findings for common pathological processes 15 1 7 CT findings associated with... T2-weighted MRI (A) and sagittal T1-weighted MRI (B) .58 2–39 Subdural hematoma as seen on axial T1-weighted postcontrast MRI 59 2–40 Hepatic encephalography (note basal ganglia hyperintensities) as seen on axial T1-weighted MRI (A) and coronal T1-weighted MRI (B) 59 2– 41 Alcoholism complicated by Wernicke-Korsakov... 51 2–8 Summary of structural MRI study findings in schizophrenia (19 88–2000) 51 2–9 MRI studies of progressive volume changes in schizophrenia 53 2 10 Subcortical MRI abnormalities reported in ADHD 56 2 11 Relative indications for ordering an MRI 68 2 12 Sample foreign... Basic components of a single-photon imaging system 77 3–3 FDG PET images of a patient with Alzheimer’s disease 80 3–4 FDG PET images of a patient with temporal lobe epilepsy 81 3–5 15 3–6 FDG PET images of a patient with a neoplasm 83 3–7 PET studies with 18 F-DOPA, a radiopharmaceutical... 12 5 6–5 Estimated cortical activity patterns at different latencies after reading word stems, as measured with magnetoencephalography 12 6 List of Tables TA B L E PAGE 1 1 CT–based imaging technologies 2 1 2 Indications for use of intravenous contrast with specific lesions 5 1 3 Risk... region of decreased glucose metabolism in depressed patients relative to control subjects 85 3–9 Illustration of the methodology for PET activation studies using blood flow tracers .85 3 10 Categorical analysis of treatment response .86 3 11 Continuous-variable analysis of treatment . x0 y0 w0 h1" alt="" Essentials of Neuroimaging for Clinical Practice This page intentionally left blank Washington, DC London, England Essentials of Neuroimaging for Clinical Practice Edited. Boulevard Arlington, VA 22209–39 01 www.appi.org Library of Congress Cataloging-in-Publication Data Essentials of neuroimaging for clinical practice / edited by Darin D. Dougherty, Scott L. Rauch,. index. ISBN 1- 5 856 2-0 7 9-3 (alk. paper) 1. Brain—Imaging. I. Dougherty, Darin D. II. Rauch, Scott L. III. Rosenbaum, J. F. (Jerrold F.) [DNLM: 1. Diagnostic Imaging. 2. Mental Disorders—diagnosis. WM 14 1